ML model predicting machinery failures.
Key Outcome
HeavyIndustries Co. represents the backbone of the manufacturing sector. They approached us to integrate Industry 4.0 standards into their assembly lines to minimize costly downtime and improve operational efficiency.
Unexpected machinery breakdowns were causing massive production halts, costing millions of dollars annually in repairs and lost time. Maintenance was reactive rather than proactive, meaning parts were replaced only after they failed, causing cascading damage to other components.
We deployed a network of IoT sensors across critical machinery to collect vibration, thermal, and acoustic data. This data was fed into a custom TensorFlow model trained to recognize the micro-signatures of impending component failure. We built a real-time dashboard on Azure that alerts maintenance teams to specific anomalies.
The precise tech stack engineered to deliver this solution.
Unplanned downtime was reduced by 75% within the first six months. The client now saves over $2M annually in maintenance and repair costs. The lifespan of their machinery has extended by 20% due to timely interventions.